JP3127554U - Trash can with shock absorber - Google Patents

Trash can with shock absorber Download PDF

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Publication number
JP3127554U
JP3127554U JP2006007766U JP2006007766U JP3127554U JP 3127554 U JP3127554 U JP 3127554U JP 2006007766 U JP2006007766 U JP 2006007766U JP 2006007766 U JP2006007766 U JP 2006007766U JP 3127554 U JP3127554 U JP 3127554U
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rod
shock absorber
housing
unit
cover
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林聰祐
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林 聰 祐
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65F—GATHERING OR REMOVAL OF DOMESTIC OR LIKE REFUSE
    • B65F1/00—Refuse receptacles; Accessories therefor
    • B65F1/14—Other constructional features; Accessories
    • B65F1/16—Lids or covers
    • B65F1/1623—Lids or covers with means for assisting the opening or closing thereof, e.g. springs
    • B65F1/163—Pedal-operated lids
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65F—GATHERING OR REMOVAL OF DOMESTIC OR LIKE REFUSE
    • B65F1/00—Refuse receptacles; Accessories therefor
    • B65F1/14—Other constructional features; Accessories
    • B65F2001/1653—Constructional features of lids or covers
    • B65F2001/1661—Constructional features of lids or covers relating to noise reduction, e.g. during opening or closing
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
    • Y10S—TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10S220/00—Receptacles
    • Y10S220/908—Trash container

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Refuse Receptacles (AREA)
  • Processing Of Solid Wastes (AREA)

Abstract

【課題】緩衝装置を持つごみばこを提供する。
【解決手段】主に、ベース１０，桶体２０及びカバー３０など要素から形成される。ベース１０に、伝送ロッド１１は取り付けられる。桶体２０の一端はベース１０に接続される。桶体２０はベース１０の反対端に、開口２１が形成される。桶体のフロントエッジには、ベースの一端に近付く箇所に、伝送ロッドと接続する踏み板２３が取り付けられる。桶体のバックエッジには、開口に近付く箇所に、枢設耳が取り付けられる。桶体の中に、押しユニット２５は締め付けられる。カバーには、桶体の枢設耳に枢設、接続するように、枢設、接続ユニットがある。枢設、接続ユニットの中に、伝送ロッドと接続する連動ロッドは設けられる。連動ロッドに、接続ユニット（unit)３４は設置される。接続ユニットは、押しユニットに接触する緩衝装置４０は取り付けられる。
【選択図】図１A garbage bag having a shock absorber is provided.
It is mainly formed of elements such as a base 10, a casing 20, and a cover 30. The transmission rod 11 is attached to the base 10. One end of the housing 20 is connected to the base 10. The housing 20 has an opening 21 at the opposite end of the base 10. A tread plate 23 connected to the transmission rod is attached to the front edge of the housing at a location approaching one end of the base. A pivotal ear is attached to the back edge of the housing at a location approaching the opening. The push unit 25 is tightened in the housing. The cover has a pivoting and connecting unit so as to pivot and connect to the pivotal ear of the housing. An interlocking rod connected to the transmission rod is provided in the pivotal connection unit. A connecting unit (unit) 34 is installed on the interlocking rod. A shock absorber 40 that contacts the push unit is attached to the connecting unit.
[Selection] Figure 1

Description

本考案はごみばこに関するものであり、特に、緩衝装置を持ち、静かにかぶせる効果を達成するというごみばこを指す。 The present invention relates to garbage, and particularly refers to garbage that has a shock absorber and achieves the effect of being covered gently.

ごみばこは民生の需要品である。ごみの分類及び取り扱いは環境保護にとって、相当的な貢献がある。異なる場合に応じて、業者は多種の形態のごみばこを開発してある。一般的に、プラスチック（plastic)ごみばこ及び金属ごみばこに分けられる。プラスチック（plastic)ごみばこならば、通常、住まい又は公衆の場合に使われる。金属ごみばこならば、ほばレストラント（restaurant)など高級環境に使われる。 Garbage is a consumer product. The classification and handling of garbage has a considerable contribution to environmental protection. Depending on the different cases, vendors have developed various forms of garbage. Generally, it is divided into plastic garbage and metal garbage. If it is plastic waste, it is usually used in the case of a house or the public. If it is a metal waste, it is used in a high-class environment such as a restaurant.

しかし、従来から、既知の金属ごみばこならば、ユーザ（user)が踏み板をリリースしたあとで、金属のカバー（cover)が自身の重量で、桶体に被せたら、いつも大き過ぎる当たり音を招いた。安寧を邪魔するばかりでなく、製品も悪い品質と見なされ、レストラント（restaurant)に購買されなかった。ゆえに、以下の挙げられる例のように、業者は緩衝装置を持つごみばこを設計した。 However, in the case of a known metal garbage bag, after the user releases the tread board, if the metal cover (cover) is covered with its own weight and covers the housing, it is always too loud. invited. Besides disturbing well-being, the product was also considered of poor quality and was not bought by the restaurant. Therefore, as in the example given below, the merchant designed a garbage bag with a shock absorber.

わが国の特許ライセンスNO M240434 踏み式の二つ折りタイプの置物桶の例を挙げると、主に、外桶体１の固定プレート１６とレバー２との間に、エア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder)の緩衝装置５を取り付ける。それで、活動自在のカバー（cover)４をかぶせるときに、音の出て来ることを避ける。 Japanese patent license NO M240434 An example of a step-folding type folding-type figurine is given mainly between the fixed plate 16 of the outer casing 1 and the lever 2 between an air cylinder or an oil cylinder. A shock absorber 5 of an oil hydraulic cylinder is installed. So when you put an active cover 4 on, avoid the sound coming out.

従来から、既知の結構は実用的に、数多の欠点がある。一方、エア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder）の単価が高いせいで、相対的に、ごみばこの製品の販売値段も高いので、大量の注文書がなくて、消費者の愛用が得られなかった。 Conventionally, the known structure has many disadvantages in practice. On the other hand, due to the high unit price of air cylinders or oil hydraulic cylinders, the sales price of garbage products is relatively high, so there are no large orders. , Consumer loyalty was not obtained.

また、エア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder）の設計を利用すれば、体積が大きいので、エア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder）の重量が金属ごみばこの重量に加えると、ごみばこのトータル(total)重量は重過ぎる。 Also, if the design of air cylinder or oil hydraulic cylinder is used, the volume is large, so the air cylinder or oil hydraulic cylinder (oil hydraulic cylinder) If the weight of the cylinder) is added to the weight of the metal waste, the total weight of the waste is too heavy.

その他、エア・シリンダー（air
cylinder）又はオイル・ハイドロリック・シリンダー（oil
hydraulic cylinder）の保守を常にしないと、伸縮の順調が保持出来なかった。ロッド（rod)も湿気を受けて、錆びがつくので、カバー（cover)の順調にかぶせることが得られなかった。以上の問題を解決しなければならない。 In addition, air cylinder (air
cylinder) or oil hydraulic cylinder (oil)
Unless the maintenance of the hydraulic cylinder) was always carried out, the smooth expansion and contraction could not be maintained. Since the rod was also wet and rusted, it was not possible to cover the cover smoothly. The above problems must be solved.

要するに、本考案の緩衝装置を持つごみばこの解決したい技術問題は従来から、既知の結構のエア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder）の単価が高いせいで、相対的に、ごみばこの製品の販売値段も高いので、大量の注文書がなくて、消費者の愛用が得られなかったこと、エア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder）の設計を利用すれば、体積が大きいので、エア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder）の重量が金属ごみばこの重量に加えると、ごみばこのトータル(total)重量が重過ぎること、エア・シリンダー（air cylinder）又はオイル・ハイドロリック・シリンダー（oil hydraulic cylinder）の保守を常にしないと、伸縮の順調が保持出来なかった。ロッド（rod)も湿気を受けて、錆びがつくので、カバー（cover)の順調にかぶせることが得られなかったことなどが挙げられて、それらを改進しなければならない。 In short, the technical problem that we want to solve for the garbage with the shock absorber of the present invention has been conventionally due to the high unit price of known air cylinders or oil hydraulic cylinders. Relatively, the price of this waste product is high, so there was no large order form and the consumer's favorite was not obtained, air cylinder or oil hydraulic cylinder (oil If the hydraulic cylinder design is used, the volume is large, so if the weight of the air cylinder or oil hydraulic cylinder is added to the weight of the metal waste, the total waste (total) Too heavy, air cylinder or oil hydraulic cylinder If you do not always the protect, steady expansion and contraction could not be held. Since the rod is also rusted due to moisture, it is necessary to renovate the cover because it was not possible to cover the cover smoothly.

前掲の問題を解決するために、本考案により、緩衝装置を持つごみばこは主に、ベース（base)、桶体及びカバー（cover)など要素から形成される。ベース（base)に、伝送ロッド（rod)は取り付けられる。桶体の一端はベース（base)に接続される。桶体はベース（base)の反対端に、開口が形成される。桶体のフロントエッジ（front edge)には、ベース（base)の一端に近付く箇所に、伝送ロッド（rod)と接続する踏み板が取り付けられる。桶体のバックエッジ（back edge)には、開口に近付く箇所に、枢設耳が取り付けられる。桶体の中に、押しユニット（unit)は締め付けられる。カバー（cover)には、桶体の枢設耳に枢設、接続するように、枢設、接続ユニット（unit)がある。枢設、接続ユニット（unit)の中に、伝送ロッド（rod)と接続する連動ロッド（rod)は設けられる。連動ロッド（rod)に、接続ユニット（unit)は設置される。接続ユニット（unit)には、押しユニット（unit)に接触する緩衝装置は取り付けられる。そいう形で、緩衝装置がカバー（cover)の桶体にかぶせる力を吸収するので、カバー（cover)がゆっくり桶体の開口をかぶせて、静かにかぶせる効果を達成する。 In order to solve the above-mentioned problem, according to the present invention, a garbage bag having a shock absorber is mainly formed from elements such as a base, a casing and a cover. A transmission rod (rod) is attached to the base (base). One end of the housing is connected to the base. The housing has an opening at the opposite end of the base. A tread plate connected to the transmission rod (rod) is attached to the front edge of the housing at a location approaching one end of the base. A pivotal ear is attached to the back edge of the housing at a location approaching the opening. The push unit (unit) is tightened in the housing. The cover has a pivot unit and a connection unit so that it is pivoted and connected to the pivotal ear of the housing. An interlocking rod (rod) connected to the transmission rod (rod) is provided in the pivotal connection unit (unit). A connecting unit (unit) is installed on the interlocking rod (rod). The connecting unit (unit) is provided with a shock absorber that contacts the pushing unit (unit). In this way, the shock absorber absorbs the force that covers the housing of the cover, so that the cover slowly covers the opening of the housing and achieves the effect of covering it gently.

本案の目的、特徴を遂げて、採用される技術手段及び効果などをご了解 なさるために、以下、さらに具体的な実施例に図面をあわせて詳しく説明してみよう。 In order to achieve the purpose and features of the present plan and to understand the technical means and effects to be adopted, a more detailed description will be given below with reference to specific examples.

まずは図１、図２を御参照して下さい。本考案は主に、ベース（base)１０、ベース（base)１０の上に設ける桶体２０、桶体２０に枢設するカバー（cover)３０など要素から形成される。 Please refer to Fig.1 and Fig.2. The present invention is mainly formed of elements such as a base 10, a casing 20 provided on the base 10, and a cover 30 pivotally provided on the casing 20.

ベース（base）１０は地面に接触する。それに伝送ロッド（rod）１１は取り付けられる。 The base 10 contacts the ground. A transmission rod (rod) 11 is attached to it.

桶体２０は中空状になって、一端に、ベース（base)１０の上に接続される。桶体２０はベース（base)１０の反対端に、開口２１が形成され、内桶２２を収容する。桶体２０のフロントエッジ（front
edge)には、ベース（base)１０の一端に近付く箇所に、踏み板２３が取り付けられる。踏み板２３は伝送ロッド（rod)１１の一端に接続される。ユーザ（user)は踏み板２３を踏むときに、伝送ロッド（rod)１１を連動させる。桶体２０のバックエッジ（back edge)には、開口２１に近付く箇所に、枢設耳２４が取り付けられる。 The housing 20 is hollow and connected at one end onto the base 10. The housing 20 has an opening 21 at the opposite end of the base 10 and accommodates the inner housing 22. Front edge of housing 20 (front
At the edge), a tread plate 23 is attached at a location approaching one end of the base 10. The tread plate 23 is connected to one end of the transmission rod 11. When the user steps on the tread board 23, the transmission rod (rod) 11 is interlocked. A pivotal ear 24 is attached to the back edge of the housing 20 at a location approaching the opening 21.

カバー（cover)３０は桶体２０のバックエッジ（back edge)における枢設耳２４に枢設される。それで、桶体２０に対応するように活動自在に振れられて、開閉の効果を遂げる。カバー（cover)３０のサイドエッジ（side
edge)に、枢設接続ユニット（unit)３１がある。枢設接続ユニット（unit)３１は桶体２０の枢設耳２４に枢設する。枢設接続ユニット（unit)３１から、連動部３２は突き出すように設けられる。連動部３２は桶体２０に貫通する連動ロッド（rod)３３に接続される。連動ロッド（rod)３３は連動部３２の反対端に、伝送ロッド（rod)１１と接続される。 A cover 30 is pivotally mounted on a pivotal ear 24 at the back edge of the housing 20. Therefore, it swings freely so as to correspond to the housing 20 and achieves an opening and closing effect. Cover 30 side edge (side
At the edge) there is a pivotal connection unit 31. A pivot connection unit (unit) 31 is pivoted to the pivot ear 24 of the housing 20. The interlocking portion 32 is provided so as to protrude from the pivot connection unit (unit) 31. The interlocking portion 32 is connected to an interlocking rod (rod) 33 that penetrates the housing 20. The interlocking rod (rod) 33 is connected to the transmission rod (rod) 11 at the opposite end of the interlocking portion 32.

連動ロッド（rod）３３に、結合部３３１は設けられる。結合部３３１はプレースで扁平状のように加工される。結合部３３１に、接続ユニット（unit）３４がある。接続ユニット（unit）３４の断面はほぼ９字形となって、第一端３４１、第二端３４２を持つ。第一端３４１はリベット（rivet）で、結合部３０１に結ぶ。勿論、ボルト(bolt)など方式で締め付けても良い。接続ユニット（unit）３４の第二端３４２に、装飾用の緩衝装置４０を取り付ける。緩衝装置４０はベース（base）方向に沿って延伸してある伸縮端４１を持つ。緩衝装置４０は西ドイツの緩衝ロッド（rod）の既知構造を採用するので、その詳しい説明を省略する。そんな緩衝装置４０は軽い材質、小さい体積を持ち、静かな伸縮など利点もある。そして、ごみばこに取り付けても、重い欠点がなかった。また、内桶２２と桶体２０との間における空間に直接に取り付けてもよいので、ごみばこの結構の変更が多すぎなかった。 The coupling portion 331 is provided on the interlocking rod (rod) 33. The connecting portion 331 is processed into a flat shape at a place. The coupling unit 331 has a connection unit (unit) 34. The cross section of the connection unit (unit) 34 is substantially 9-shaped and has a first end 341 and a second end 342. The first end 341 is a rivet and is connected to the connecting portion 301. Of course, it may be tightened by a bolt or the like. A decorative shock absorber 40 is attached to the second end 342 of the connection unit (unit) 34. The shock absorber 40 has a telescopic end 41 that extends along the base direction. Since the shock absorber 40 employs a known structure of a buffer rod in West Germany, its detailed description is omitted. Such a shock absorber 40 has advantages such as a light material, a small volume, and quiet expansion and contraction. And even if attached to the garbage, there were no heavy defects. Moreover, since it may be directly attached to the space between the inner casing 22 and the casing 20, the structure of the garbage can not be changed too much.

桶体２０は内側において、緩衝装置４０の相対位置に、押しユニット（unit）２５を締め付ける。押しユニット（unit）２５の断面はほぼL字形となって、固定部２５１及び押し部２５２を持つ。固定部２５１は弧状になり、桶体２０に設けられて、熔接又は締め付けなど方式で締め付けても良い。押しユニット（unit)２５２の用途は緩衝装置４０の伸縮端４１に接触してある。 On the inner side of the housing 20, a pushing unit 25 is fastened to the relative position of the shock absorber 40. The cross section of the pushing unit (unit) 25 is substantially L-shaped, and has a fixing part 251 and a pushing part 252. The fixing portion 251 is arcuate and may be provided on the housing 20 and tightened by a method such as welding or tightening. The use of the push unit 252 is in contact with the telescopic end 41 of the shock absorber 40.

図３を御参照して下さい。ユーザ（user）が踏み板２３を踏んで、カバー（cover）３０を開ける時に、伝送ロッド（rod）１１は連動ロッド（rod）３３を上げる。接続ユニット（unit）３４が緩衝装置４０を作動して、上へ移動させる。そして、緩衝装置４０の伸縮端４１は押しユニット（unit）２５の押し部２５２から離れる。そのときに、緩衝装置４０の伸縮端４１が外へ伸ばしてある状態となる。 Please refer to FIG. When the user steps on the tread plate 23 and opens the cover 30, the transmission rod (rod) 11 raises the interlocking rod (rod) 33. A connection unit 34 activates the shock absorber 40 and moves it upward. Then, the telescopic end 41 of the shock absorber 40 is separated from the pushing portion 252 of the pushing unit 25. At that time, the telescopic end 41 of the shock absorber 40 is extended outward.

図４、図５を御参照してください。ユーザ（user)がカバー（cover)３０を桶体２０にかぶせたいときに、直接に、踏み板２３をリリースし、カバー（cover)３０が自身の重量で、桶体２０の開口２１へ移行する。そのときに、連動ロッド（rod)３３が力を受け、下へ移動している。それで、接続ユニット（unit)３４は緩衝装置４０を作動し、押しユニット（unit)２５へ移動させ、しかも、緩衝装置４０の伸縮端４１を押しユニット（unit)２５の押し部２５２に接触させる。 Please refer to Fig. 4 and Fig. 5. When the user wants to cover the cover 30 on the housing 20, the user directly releases the tread plate 23, and the cover 30 moves to the opening 21 of the housing 20 with its own weight. At that time, the interlocking rod (rod) 33 receives a force and moves downward. Therefore, the connection unit (unit) 34 operates the shock absorber 40 to move it to the push unit (unit) 25, and the expandable end 41 of the shock absorber 40 is brought into contact with the push portion 252 of the push unit (unit) 25.

緩衝装置４０の伸縮端４１を押しユニット（unit)２５の押し部２５２に接触させることを経由して、伸縮端４１はゆっくり内へ縮めて、緩衝装置４０の中に入る。そうすると、カバー（cover)３０はゆっくり桶体２０の開口２１へ移行する。カバー（cover)３０が完全に桶体２０の開口２１を閉めるときまで、静かにかぶせる効果を達成する。 The telescopic end 41 is gradually contracted inward through the contact of the telescopic end 41 of the shock absorber 40 with the pushing portion 252 of the push unit 25 and enters the shock absorber 40. Then, the cover 30 slowly moves to the opening 21 of the housing 20. The effect of gently covering is achieved until the cover 30 completely closes the opening 21 of the housing 20.

図６、図７を御参照して下さい。それは本考案の第二実施例である。本例と前掲の実施例との主要差異は緩衝装置５０と押しユニット（unit)３５の位置が異なる。押しユニット（unit)３５が連動ロッド（rod)３３に取り付けられるが、緩衝装置５０が桶体２０の内側において、押しユニット（unit)３５の相対位置に取り付けられる。 Please refer to Fig. 6 and Fig. 7. This is the second embodiment of the present invention. The main difference between this example and the previous example is that the positions of the shock absorber 50 and the push unit 35 are different. The push unit (35) is attached to the interlocking rod (rod) 33, but the shock absorber 50 is attached to the relative position of the push unit (unit) 35 inside the housing 20.

押しユニット（unit)３５の一端に、溝状の固定部３５１が形成される。固定部３５１は貫通、延伸の二つスクリュー（screw)３５２で、連動ロッド（rod)３３の結合部３３１に取りつけられる。固定部３５１はさらに、ねじで、固定ユニット（unit)３５３を締める。それで、固定部３５１を連動ロッド（rod)３３の結合部３３１にきつく締め付ける。 A groove-shaped fixing portion 351 is formed at one end of the push unit 35. The fixing portion 351 is attached to the coupling portion 331 of the interlocking rod (rod) 33 with two screws 352 that penetrate and extend. The fixing part 351 further tightens the fixing unit 353 with a screw. Therefore, the fixing portion 351 is tightened to the coupling portion 331 of the interlocking rod (rod) 33.

緩衝装置５０が桶体２０の内側において、押しユニット（unit)３５の相対位置に取りつけられる。本実施例ならば、緩衝装置５０を押しユニット（unit)３５の下方に取り付ける。緩衝装置５０は弾性に伸縮できる伸縮端５１を持ち、押しユニット（unit)３５に接触させる。それで、押しユニット（unit)３５が降下しているうちの摩擦抵抗力を提供する。緩衝装置５０の実施は減衰装置を採用してもよい。緩衝装置５０の片側に、接続部５２も形成される。接続部５２は数多のリベット（rivet)５３で、桶体２０の内側に結ぶ。 The shock absorber 50 is mounted inside the housing 20 at a relative position of the push unit 35. In the present embodiment, the shock absorber 50 is attached below the push unit 35. The shock absorber 50 has a telescopic end 51 that can be elastically expanded and contracted, and is brought into contact with a push unit 35. Thus, it provides the friction resistance while the push unit 35 is descending. The implementation of the shock absorber 50 may employ an attenuation device. A connecting portion 52 is also formed on one side of the shock absorber 50. The connecting portion 52 is connected to the inside of the housing 20 by a large number of rivets 53.

図８を御参照して下さい。ユーザ（user）がカバー（cover）３０を上へ開ける時に、伝送ロッド（rod）１１は連動ロッド（rod）３３を上げ、押しユニット（unit）３５を上へ移動させる。そして、緩衝装置５０の伸縮端５１は押しユニット（unit）３５から離れる。そのときに、緩衝装置５０の伸縮端５１が外へ伸ばしてある状態となる。 Please refer to FIG. When the user opens the cover 30 upward, the transmission rod 11 raises the interlocking rod 33 and moves the push unit 35 upward. Then, the telescopic end 51 of the shock absorber 50 is separated from the pushing unit 35. At that time, the telescopic end 51 of the shock absorber 50 is extended outward.

図９、図１０を御参照して下さい。ユーザ（user)がカバー（cover)３０を桶体２０にかぶせたいときに、カバー（cover)３０が自身の重量で、桶体２０の開口２１へ移行する。そのときに、連動ロッド（rod)３３が力を受け、下へ移動している。それで、押しユニット（unit)３５を緩衝装置５０へ移動させ、しかも、緩衝装置５０の伸縮端５１を押しユニット（unit)３５に接触させる。 Please refer to Fig. 9 and Fig. 10. When the user wants to cover the cover 30 on the housing 20, the cover 30 moves to the opening 21 of the housing 20 with its own weight. At that time, the interlocking rod (rod) 33 receives a force and moves downward. Therefore, the push unit (35) is moved to the shock absorber 50, and the telescopic end 51 of the shock absorber 50 is brought into contact with the push unit (unit) 35.

緩衝装置５０の伸縮端５１を押しユニット（unit)３５に接触させることを経由して、伸縮端５１はゆっくり内へ縮めて、緩衝装置５０の中に入る。そうすると、カバー（cover)３０はゆっくり桶体２０の開口２１へ移行する。カバー（cover)３０が完全に桶体２０の開口２１を閉めるときまで、静かにかぶせる効果を遂げる。 The telescopic end 51 is gradually contracted inward through the contact of the telescopic end 51 of the shock absorber 50 with the pushing unit 35 and enters the shock absorber 50. Then, the cover 30 slowly moves to the opening 21 of the housing 20. The cover 30 is gently covered until it completely closes the opening 21 of the housing 20.

本考案の立体外観図である。It is a three-dimensional external view of the present invention. 本考案の前視図である。It is a front view of the present invention. 本考案の側視図である。It is a side view of this invention. 本考案の側視図である。It is a side view of this invention. 本考案の前視図である。It is a front view of the present invention. 本考案に係る第二実施例の立体図である。It is a three-dimensional view of the second embodiment according to the present invention. 本考案に係る第二実施例の局部を示す拡大図である。It is an enlarged view which shows the local part of 2nd Example which concerns on this invention. 本考案に係る第二実施例の前視図である。It is a front view of the second embodiment according to the present invention. 本考案に係る第二実施例の前視図である。It is a front view of the second embodiment according to the present invention. 本考案に係る第二実施例の前視図である。It is a front view of the second embodiment according to the present invention.

符号の説明Explanation of symbols

１０ ベース（base)
１１ 伝送ロッド（rod)
２０ 桶体
２１ 開口
２２ 内桶
２３ 踏み板
２４ 枢設接続耳
２５ 押しユニット（unit）
２５１ 固定部
２５２ 押し部
３０ カバー（cover）
３１ 枢設接続ユニット（unit)
３２ 連動部
３３ 連動ロッド（rod)
３３１ 結合部
３４ 接続ユニット（unit)
３４１ 第一端
３４２ 第二端
３５ 押しユニット（unit)
３５１ 固定部
３５２ スクリュー（screw)
３５３ 固定ユニット（unit)
４０ 緩衝装置
４１ 伸縮端
５０ 緩衝装置
５１ 伸縮端
５２ 接続部
５３ リベット（rivet) 10 base
11 Transmission rod (rod)
20 Housing 21 Opening 22 Inner collar 23 Footboard 24 Pivoting connection ear 25 Push unit (unit)
251 Fixing part 252 Pushing part 30 Cover (cover)
31 Pivoting connection unit (unit)
32 Interlocking part 33 Interlocking rod (rod)
331 Coupling part 34 Connection unit (unit)
341 First end 342 Second end 35 Push unit (unit)
351 fixing part 352 screw
353 fixed unit
40 shock absorber 41 telescopic end 50 shock absorber 51 telescopic end 52 connection 53 rivet

Claims (8)

緩衝装置を持つごみばこにおいて、主に次の要素から形成されており、
ベース（base)に、伝送ロッド（rod)は取り付けられ、
桶体の一端はベース（base)に接続され、桶体はベース（base)の反対端に、開口が形成され、桶体のフロントエッジ（front edge)には、ベース（base)の一端に近付く箇所に、伝送ロッド（rod)と接続する踏み板が取り付けられ、桶体の中に、押しユニット（unit)は締め付けられ、
カバー（cover)は桶体に枢設、接続し、また、カバー（cover)は伝送ロッド（rod)と接続する連動ロッド（rod)を設け、連動ロッド（rod)に、押しユニット（unit)と接触する緩衝装置を取り付け、
そいう形で、緩衝装置がカバー（cover)の桶体にかぶせる力を吸収するので、カバー（cover)がゆっくり桶体の開口をかぶせて、静かにかぶせる効果を達成する緩衝装置を持つごみばこ。 In trash with a shock absorber, it is mainly formed from the following elements:
A transmission rod (rod) is attached to the base (base),
One end of the housing is connected to the base, the housing has an opening at the opposite end of the base, and the front edge of the housing approaches one end of the base At the location, a tread plate connected to the transmission rod (rod) is attached, and in the housing, the push unit (unit) is tightened,
The cover (cover) is pivotally connected to the housing, and the cover (cover) is provided with an interlocking rod (rod) that connects to the transmission rod (rod). The interlocking rod (rod) is connected to the push unit (unit). Install the shock absorber to contact,
In that way, the shock absorber absorbs the force that covers the housing of the cover (cover), so that the cover (cover) slowly covers the opening of the housing and has a shock absorber that achieves the effect of covering gently. This. 連動ロッド（rod)と緩衝装置との間は接続ユニット（unit)を経由して相互に接続されることを特徴とする請求項1記載の緩衝装置を持つごみばこ。 2. The garbage bag with a shock absorber according to claim 1, wherein the interlocking rod (rod) and the shock absorber are connected to each other via a connection unit (unit). 押しユニット（unit)は固定部及び押し部を持ち、緩衝装置はベース（base)の方向に沿って伸ばしてある伸縮端を持ち、固定部は弧状になり、桶体に設けられており、押し部の用途は緩衝装置の伸縮端に接触してあることを特徴とする請求項２記載の緩衝装置を持つごみばこ。 The push unit (unit) has a fixed part and a push part, the shock absorber has an extendable end that extends along the direction of the base, the fixed part is arcuate, and is provided on the housing. 3. The garbage bag having a shock absorber according to claim 2, wherein the portion is in contact with a telescopic end of the shock absorber. 連動ロッド（rod)に、結合部は設けられ、接続ユニット（unit)は第一端、第二端を持ち、第一端は連動ロッド（rod)の結合部に結び、第二端を経由して、緩衝装置を取り付けることを特徴とする請求項３記載の緩衝装置を持つごみばこ。 The coupling rod (rod) is provided with a coupling part, the connection unit (unit) has a first end and a second end, and the first end is connected to the coupling part of the coupling rod (rod) and passes through the second end. A garbage bag having a shock absorber according to claim 3, wherein a shock absorber is attached. 緩衝装置を持つごみばこにおいて、主に次の要素から形成されており、
ベース（base)に、伝送ロッド（rod)は取り付けられ、
桶体の一端はベース（base)に接続され、桶体はベース（base)の反対端に、開口が形成され、桶体のフロントエッジ（front edge)には、ベース（base)の一端に近付く箇所に、伝送ロッド（rod)と接続する踏み板が取り付けられ、桶体の中に、緩衝装置は締め付けられ、
カバー（cover)は桶体に枢設、接続し、また、カバー（cover)は伝送ロッド（rod)と接続する連動ロッド（rod)を設け、連動ロッド（rod)に、緩衝装置と接触する押しユニット（unit)を取り付ける緩衝装置を持つごみばこ。 In trash with a shock absorber, it is mainly formed from the following elements:
A transmission rod (rod) is attached to the base (base),
One end of the housing is connected to the base, the housing has an opening at the opposite end of the base, and the front edge of the housing approaches one end of the base At the place, a tread board connected to the transmission rod (rod) is attached, and the shock absorber is tightened in the housing,
The cover (cover) is pivotally connected to the housing, and the cover (cover) is provided with an interlocking rod (rod) that connects to the transmission rod (rod), and the interlocking rod (rod) is pressed to contact the shock absorber. A garbage bag with a shock absorber to which the unit is attached. 緩衝装置は押しユニット（unit)と接触してある伸縮端を持ち、緩衝装置の片側に、接続部は形成され、接続部は数多のリベット（rivet)で、桶体の内側に結ぶことを特徴とする請求項５記載の緩衝装置を持つごみばこ。 The shock absorber has a telescoping end that is in contact with the push unit, a connection is formed on one side of the shock absorber, and the connection is tied to the inside of the housing with a number of rivets. A garbage bag having the shock absorber according to claim 5. 押しユニット（unit)の一端に、溝状の固定部が形成され、固定部は貫通、延伸の二つスクリュー（screw)で、連動ロッド（rod)の結合部に取りつけられることを特徴とする請求項５記載の緩衝装置を持つごみばこ。 A groove-shaped fixing part is formed at one end of the push unit, and the fixing part is attached to the connecting part of the interlocking rod (rod) with two through and extending screws. A garbage bag having the shock absorber according to Item 5. 固定部はねじで、固定ユニット（unit)を締め、それで、固定部を連動ロッド（rod)にきつく締め付けることを特徴とする請求項５記載の緩衝装置を持つごみばこ。 6. The garbage bag with a shock absorber according to claim 5, wherein the fixing part is a screw, the fixing unit is tightened, and the fixing part is tightly fastened to the interlocking rod.
JP2006007766U 2006-04-04 2006-09-25 Trash can with shock absorber Expired - Fee Related JP3127554U (en)

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